Inactive
Simplifying IT
for a complex world.
Platform partnerships
- AWS
- Google Cloud
- Microsoft
- Salesforce
Industries We Serve
Semiconductor Expertise
for Every Domain
From fabless chip startups to Tier-1 automotive OEMs — Silicon Patterns brings deep ASIC/SoC engineering to the industries shaping tomorrow.
35+
Global Clients
6
Industries Served
200+
Engineers
98%
Satisfaction
35+
Semiconductor Clients
Industry 01
Semiconductor
& Fabless Companies
Fabless companies live and die by silicon velocity. Silicon Patterns delivers full-spectrum ASIC/SoC engineering — from micro-architecture to first-silicon — without the overhead of building an in-house team. Our engineers become your engineers, on your timeline, on your process node.
RTL DesignUVM VerificationRTL2GDSIIDFTFormal VerificationSilicon IPsIP IntegrationEmulation
Architecture-to-tape-out ASIC/SoC design for GPU, CPU, networking & wireless SoCs across advanced process nodes
Reusable UVM testbenches with high functional coverage closure for multi-billion gate designs
Access to silicon-proven RTL, Analog & Verification IPs — skip 6–12 months of IP development time
SystemC Digital Twin modeling for parallel software/hardware development — faster SoC validation at lower cost
Industry 02
Automotive
Electronics & ADAS
The modern vehicle runs on silicon. From ADAS perception processors to in-vehicle networking and powertrain control, Silicon Patterns engineers automotive-grade chips meeting the strictest safety and reliability standards demanded by Tier-1 OEMs.
ISO 26262ASIL-DADAS SoCAUTOSARCAN FD / LIN100BASE-T1Radar IP
ISO 26262 compliant ASIC design & verification — ASIL-A through ASIL-D with complete safety case documentation
ADAS sensor fusion SoC — radar, LiDAR, camera perception pipelines and vision processor accelerators
AUTOSAR-compliant embedded software, BSP and firmware for automotive MCUs and SoCs
In-vehicle network protocol verification: CAN FD, LIN, 100BASE-T1, 1000BASE-T1 automotive Ethernet
ASIL-D
Safety Certified
μW
Ultra-Low Power Design
Industry 03
IoT & Smart Device
Engineering
Connected devices demand silicon that balances extreme low power, compact area, and wireless connectivity in a tiny package that runs for years on a coin cell. Silicon Patterns designs purpose-built IoT SoCs and embedded systems that push the boundary of what's possible in the smallest footprint.
Ultra-Low PowerBLE 5.xWi-Fi 6 / 6EZigbee / ThreadMatterEdge AIUPF / CPFSensor Fusion
Multi-power-domain SoC design with UPF/CPF verification for battery-operated devices with multi-year standby life
Wireless protocol IP integration — BLE 5.x, Wi-Fi 6, Zigbee, Thread, and Matter protocol stack verification
Edge AI accelerator design for on-device inference — person detection, voice wake, anomaly detection without cloud
Bare-metal & RTOS firmware, sensor drivers, OTA update engines, and hardware-software co-design
Industry 04
Industrial
Automation & Control
Industry 4.0 runs on ruggedised, deterministic silicon. From motor controllers and PLCs to industrial networking ASICs and robotics SoCs, Silicon Patterns delivers embedded chip designs built for harsh environments, long lifecycles, and zero-tolerance real-time performance.
Real-Time ControlFPGA DesignEtherCATPROFINETIEC 61508SIL-3Motor ControlTSN
Deterministic real-time embedded systems for PLC, DCS & motion control — sub-microsecond jitter requirements
Industrial Ethernet ASIC design — EtherCAT, PROFINET, EtherNet/IP and TSN protocol engines
IEC 61508 SIL-2 / SIL-3 safety-critical chip design and verification with complete safety case documentation
FPGA prototyping and hardware emulation for fast pre-silicon deployment validation in factory environments
SIL-3
IEC 61508 Safety Level
PPA
Power · Performance · Area
Industry 05
Consumer
Electronics Silicon
Consumer product cycles are relentless — six months from concept to store shelf. Smartphones, wearables, AR/VR headsets, and smart home devices demand silicon with best-in-class power, performance, and area. Silicon Patterns accelerates your roadmap with proven design methodology and rapid tape-out execution.
PPA OptimisationDisplay DriversAudio SoCUSB4 / HDMI 2.1Wearable SoCMixed-SignalLPDDR5xCamera ISP
High-performance, area-optimised SoC design for smartphones, TWS earbuds, smartwatches and AR/VR wearables
Mixed-signal IC design — analog front-ends, ADC/DAC, PMIC and display driver ICs for premium consumer experiences
High-speed interface verification: USB4, Thunderbolt 4, HDMI 2.1, DisplayPort 2.1 and LPDDR5x PHY
Camera ISP and image processing pipeline design for computational photography and video applications
Industry 06
Artificial Intelligence
& HPC Chips
The AI silicon race demands unprecedented compute density, memory bandwidth and power efficiency — all at once. Silicon Patterns designs the neural processing units, high-bandwidth memory interfaces and interconnect fabrics powering next-generation AI accelerators, data centre GPUs and HPC systems.
NPU / TPU DesignHBM3 InterfaceNoC ArchitecturePCIe 6.0CXL 3.0Chiplet DesignAI VerificationNVLink
Neural Processing Unit (NPU) and tensor accelerator RTL design for training and inference workloads at scale
HBM2E / HBM3 memory controller design and LPDDR5x verification for AI memory bandwidth demands
Network-on-Chip (NoC) architecture for massive multi-core AI accelerator designs with thousands of compute tiles
PCIe 6.0 and CXL 3.0 interconnect IP integration and verification for data centre AI and HPC chips
NPU
AI Accelerator Design
Your Industry. Our Silicon Expertise.
Tell us your engineering challenge — our team will respond with a technical proposal within 24 hours. No commitment required.